IN BRITAIN IS WORKING ON A PRODUCT THAT CAN SPRAY IN THE STEEL COATINGS BUILDINGS AND CAPTURING thus, SOL ENERGY.
Several experts in nanotechnology research worldwide to be true that homes coated with a paint self-sufficient solar energy. Home printers to create domestic solar panels. Colored clothing with a dye that recharges your mobile phone and music player user ... now, all these initiatives appear to be science fiction but the truth is that experts in nanotechnology research worldwide to make this a reality in the near future.
In America, a group of UC Berkeley develops nanoparticles with photovoltaic properties. One of its leaders, the chemical engineer Cyrus Wadia says that these particles, the size of a billionth of a meter, could become the basis of a painting that anyone can use at home.
Berkeley researchers are experimenting with different nanostructures to help them identify a cheap material, safe and abundant, so that it can manufacture in large quantities and generalizing, thereby obtaining solar energy.
Several experts in nanotechnology research worldwide to be true that homes coated with a paint self-sufficient solar energy. Home printers to create domestic solar panels. Colored clothing with a dye that recharges your mobile phone and music player user ... now, all these initiatives appear to be science fiction but the truth is that experts in nanotechnology research worldwide to make this a reality in the near future.
In America, a group of UC Berkeley develops nanoparticles with photovoltaic properties. One of its leaders, the chemical engineer Cyrus Wadia says that these particles, the size of a billionth of a meter, could become the basis of a painting that anyone can use at home.
Berkeley researchers are experimenting with different nanostructures to help them identify a cheap material, safe and abundant, so that it can manufacture in large quantities and generalizing, thereby obtaining solar energy.
A recent field study is to NANOSOLARES CELLS. One of the pioneers of these systems is the computer engineering professor at the University of Toronto, Canada, TED SARGENT. In 2005 he announced a new plastic material based on nanotechnology, with the proper development, could make use of up to 30% of energy from the sun. His system is based on a "quantum dots" particles made from semiconductor crystals which allow you to get the most energy-infrared light.
However, it is recognized that this is still of some emerging technologies that require a higher degree of development to overcome in price and efficiency to existing photovoltaic panels.
The realities of daily life views with humor, do not cease to be true but they are nicer. Society is full of unsung heroes, to them I dedicate my attention. Poetry have here a small space. 
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